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AI Overview
In urban commuting scenarios, even when fully loaded with 6 people, it maintains a light and responsive acceleration. However, it should be noted that heavy acceleration significantly increases power consumption, leading to a decrease in the range achievement rate.
In high-speed long-distance scenarios, driving on winding roads gives more confidence; however, it should be noted that the steering feels slightly light in comfort mode, and the feedback tends to be soft during intense driving.
In the context of families with children, the second row is equipped with zero-gravity seats, meeting the needs for comfortable travel for multiple people. However, it should be noted that adults may feel tired when sitting in the third row for long journeys, and it is recommended to seat children instead.
In a multi-person, fully loaded scenario, long-distance self-driving doesn't have to worry about a significant drop in power after the battery is depleted; however, it should be noted that rapid acceleration in a depleted state may cause slight vibrations due to the increased speed of the range extender.
In novice driving scenarios, driving on winding roads gives a greater sense of confidence; however, it should be noted that the steering feels slightly light in comfort mode, and the feedback tends to be soft during intense driving.
In scenarios without home charging, the daily cost of using pure electric power is extremely low; however, it should be noted that the pure electric range decreases significantly at low temperatures in winter, necessitating the reliance on a range extender.
In the low temperature winter scenario, the cost of daily use on pure electric power is extremely low; it is important to note that the pure electric range may significantly decrease at low temperatures in winter, requiring reliance on a range extender.
In scenarios where driving experience is preferred, it maintains a light and agile acceleration even when fully loaded with 6 people; however, it should be noted that fuel consumption increases significantly when applying heavy throttle, resulting in a decrease in range achievement rate.
In low-cost vehicle usage scenarios, the daily cost of using pure electric power is extremely low; however, it is important to note that the range of pure electric vehicles decreases significantly in low temperatures during winter, necessitating the reliance on a range extender.
Understand this car through driving, comfort, design, daily use, and long-term ownership
The dual motor four-wheel drive provides an on-demand push back feeling, giving confidence in starting and accelerating in the middle.
Equipped with advanced hardware such as LiDAR, it has outstanding intelligent driving capabilities and can reduce fatigue during long-distance driving.
Comfortable chassis, well supported seats, less prone to motion sickness for the elderly and children, suitable for family travel.
Pure electric endurance 315 km Fast charging 15 Minutes, no anxiety for long-distance travel.
The reliability of the assisted driving system needs to be cautious in extreme weather conditions, which may affect the intelligent driving experience.
The trunk capacity is only 333 L， When fully occupied, luggage space is limited.
The existing advantages of AI indicate that it can greatly reduce fatigue during long-distance driving, increase the pass rate at complex intersections, and improve efficiency.
The existing advantages of AI indicate that the elderly and children are less prone to motion sickness while riding, and the fatigue of long-distance rides is significantly reduced.
Existing AI trade-offs point out that system reliability should be treated with caution in extreme bad weather such as heavy rainstorm and dense fog.
The existing AI trade-off points out that when the suspension is too soft, the lateral support weakens, and there will be slight tilting in large curvature curves.
The existing AI trade-offs indicate that the number of third-party application adaptations is not as abundant as that of mobile phones.
CLTC Pure electric endurance 315 km，WLTCPure electric endurance 255 km, battery capacity 53.4 kWh They are all among the top in their class.
equip 2 A laser radar 5 A millimeter wave radar 11 A camera with high hardware specifications, providing a foundation for advanced assisted driving.
CLTC Pure electric endurance 315 km, battery capacity 53.4 kWh, all exceeding 80% Same level models.
Lidar 2 Individual, camera 11 One, the hardware configuration is leading.
electricity consumption per 100 kilometers 23.1 kWh/100km It is relatively high among peers.
Rear compartment capacity 333 L， Relatively small among peers.
Names, groups, and units come from the backend parameter dictionary
Transmission
Single-speed transmission
Displacement (L)
1.5 L
Displacement (mL)
1496 mL
Fuel Supply System
direct injection
Four-wheel-drive type
Electric 4WD
Gear Count
1
Aspiration
Turbocharged
Valve Train
DOHC
Drivetrain
Dual-Motor AWD
Number of cylinders (pcs)
4 count
Transmission Type
Fixed-ratio transmission
Max Power
392 kW
Leading among vehicles in the same class (exceeding)93% The opponent)
Strong power, rapid acceleration, and high driving pleasure
Watch out: High power may lead to higher electricity consumption
Maximum horsepower (Ps)
160 Ps
Max Torque
563 N·m
Cylinder arrangement form
L
Number of valves per cylinder (pcs)
4 count
Battery Type
NMC
Battery Capacity
53.4 kWh
Larger in the same class of vehicles (exceeding)89% The opponent)
Pure electric battery has stronger endurance and reduces charging frequency
Watch out: Actual range is affected by driving habits and temperature
WLTC combined fuel consumption (l/100km) (L/100km)
0.53
CLTC Range
315 km
Longer in the same class of vehicles (exceeding)84% The opponent)
In pure electric mode, it can travel further and is suitable for urban commuting
Watch out: CLTC The working conditions are relatively ideal, and the actual range will be discounted
WLTC Range
255 km
Energy Consumption
23.1 KWH_PER_100KM
High among vehicles in the same class (only exceeding)13% The opponent)
High power consumption may result in a lower achievement rate of pure electric range
Watch out: Electricity consumption is greatly affected by driving style and road conditions
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